Journal of the Korean Wood Science and Technology
The Korean Society of Wood Science & Technology
Original Article

Investigation on the Awareness and Preference for Wood to Promote the Wood Values: IV. Preference and Demand for Wood Culture

Suyeon LEE1, Keonho KIM1, Jiyoon YANG1, Yeonjung HAN2,https://orcid.org/0000-0002-0962-5918
1Wood Industry Division, National Institute of Forest Science, Seoul 02455, Korea
2Research Planning Division, National Institute of Forest Science, Seoul 02798, Korea
Corresponding author: Yeonjung HAN (e-mail: yeonjungh@korea.kr)

Copyright 2025 The Korean Society of Wood Science & Technology. This is an Open-Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/4.0/) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

Received: Jul 21, 2025; Revised: Aug 07, 2025; Accepted: Sep 15, 2025

Published Online: Nov 25, 2025

ABSTRACT

Wood has gained attention for its value as an eco-friendly resource as well as its potential as an educational and cultural medium in the era of carbon neutrality. This study comprehensively analyzed public preferences for wood culture, demand for experience programs, and participation intentions in order to provide foundational data for developing policies aimed at facilitating more wood utilization. To this end, a survey was conducted on 2,500 adults across 17 metropolitan cities and provinces in South Korea to investigate public awareness of wood culture and demand for experience programs, seeking how to facilitate wood utilization. According to the results, the respondents expressed their preferences for creating furniture and accessories, expecting a variety of benefits from the experience, such as knowledge acquisition, enhanced creativity, and improved leisure quality. A particularly high demand for family participation and educational means for children was observed. In this regard, wood culture experience programs can be created and expanded by planning and operation, which can generate cognitive effects such as creativity and a sense of accomplishment from an educational perspective, beyond simple activities. Therefore, there should be more policy support, including employment, to ensure the stable establishment of a management system and the development of experts responsible for the systematic planning and operation of these programs.

Keywords: wood culture; public perception; experience preference; wood utilization

1. INTRODUCTION

As climate change response and carbon neutrality have emerged as common global challenges, the value of utilizing wood, a sustainable and eco-friendly resource, is regaining attention. Wood absorbs carbon dioxide and releases oxygen in the atmosphere during its growth process while storing carbon. It has also been recognized as an environmentally friendly and sustainable material with lower energy consumption and greenhouse gas emissions compared to other materials during production and processing phases (Robertson et al., 2022; Zadeh et al., 2024). In addition to such environmental contributions, wood has been known as a material with human-friendly characteristics, inducing aesthetic appeal, a warm tactile sensation (Ikei et al., 2017), and emotional stability (Nyrud and Bringslimark, 2010). Accordingly, it has been more widely used in all aspects of daily life, such as education, welfare, and culture, beyond industrial applications.

Many countries recognize wood as a cultural medium for a higher quality of life, developing and operating diverse educational and experience programs based on this awareness. For instance, Japan has institutionalized the concept of ‘wood education (Mokuiku) (??)’ by expanding wood culture experiences into the educational sphere. In 2021, this concept was incorporated into the Forest and Forestry Basic Plan, and has been implemented as a national policy (Forestry Agency, 2021). The wood education-related activities are defined as “activities where all people, including children, interact with wood, learn from wood, and co-live with wood” (Sasaki, 2022). The activities include woodworking workshops, toy making, training in wood education (Mokuiku) Master, and events co-hosted with local governments. In Finland, woodworking activities are also included within the regular curriculum under the Basic Education Act, by incorporating the activities into the handicrafts subject for elementary and secondary education (Interreg Europe, 2020). Kokko and Räisänen (2019) emphasized that Finland’s handicrafts education integrates the concept of environmental sustainability, as well as its educational function of transmitting traditional culture.

Meanwhile, in South Korea, under Article 2-6 of the “Act on the Sustainable Use of Timbers,” timber/wood culture is defined as ‘values, knowledge, norms, and lifestyles which are common to the members of society who favor and use timber/wood products that realize diverse functions of timber/wood.’ Wood education is defined as ‘education whose purposes are to educate the public to understand the importance and obtain knowledge of timber/wood and to have a sound hierarchy of values by systematically experiencing and learning diverse functions of timber/wood’ (Korea Forest Service, 2024). As such, although wood culture and wood education are legally differentiated, wood education, including experience programs, is presented as a core means for spreading wood culture.

To this end, the Korea Forest Service has expanded its policy support to include more diverse initiatives, while creating wood culture experience facilities. The 2024 Wood Culture Index Measurement Project Report (Korea Association of Wood Culture, 2024) revealed that as of December 2023, there were the following wood-related experience and educational facilities in operation: 49 wood culture experience centers, 3016 woodworking experience institutions, 197 recreational forests, 73 arboretums, 13 forest museums, and 26 botanic gardens.

Furthermore, the ‘Wood Culture Index,’ which evaluates the degree of settlement and promotion of wood culture across 17 metropolitan cities and provinces, is annually calculated, recording an average score of 62.9 points in 2024. However, since it has shown stagnation at a similar level over the past five years, there should be more effective policy supplementation. Most of all, empirical data should be prepared by surveying and analyzing public awareness and the current status of wood culture and experience programs.

In previous studies, Han and Lee (2021a, 2021b), Han et al. (2022) analyzed public attitudes and awareness regarding perceptions of wood culture, resource status, and utilization trends in residential environments, resource status, and utilization trends in residential environments, thereby establishing a conceptual foundation and diagnosing the awareness level per resource type. This study aimed to explore improvement strategies for experience programs from an educational perspective, thereby contributing to the dissemination of wood culture. Specifically, this study empirically examined the public’s preferred wood products and their intention to participate in production. By analyzing how these demands can be connected to the real-world experience programs, it intended to provide foundational data for future policy and program design.

2. MATERIALS and METHODS

2.1. Research targets

A survey on 2,500 adults aged 19 years or older in South Korea was performed online via a web panel from October 20 to October 29, 2020 (Han et al., 2022). The respondents were proportionally allocated according to the population composition ratio by gender and age in 17 metropolitan cities and provinces in South Korea. Table 1 presents the general characteristics of the respondents by gender, age, education level, household income levels, age of youngest child, region, and area classification.

Table 1. Information on survey targets (number of persons, %)
Number of respondents Ratio
Total 2,500 100
Gender Male 1,264 50.6
Female 1,236 49.4
Age Under 29 461 18.4
Thirties 435 17.4
Forties 524 21.0
Fifties 540 21.6
Over 60 540 21.6
Academic background High school graduate 466 18.6
Attending university 110 4.4
College graduate 1,688 67.5
Post-graduate degree 236 9.4
Family income (million won) Under 3 675 27.0
3–5 752 30.1
5–7 601 24.0
Over 7 472 18.9
Age of youngest child Under 7 263 10.5
Elementary schoolchild 258 10.3
Middle and high school student 253 10.1
Undergraduate/adult 772 30.9
No kids 954 38.2
Area Capital area 1,274 51.0
Noncapital area 1,226 49.0
Division of area Metropolitan city 1,126 45.0
Provincial area 1,374 55.0
Download Excel Table
2.2. Survey items

This study constructed survey questions with the following items to identify perceptions, preferences, experiences, and future demand for wood culture: preferred products using wood, changes in perception and effects based on wood culture experiences, intent to participate by type of wood culture, preferred operation methods in wood culture experience programs, appropriate program operation time, intent to pay for wood culture experience programs, desired program types for participation with children and reasons, as well as measures to revitalize wood culture experience (Table 2).

Table 2. Survey details on the current status and needs of wood culture experiences
Classification Details
Preference and demand for wood culture · Preferred products using wood
· Experience effect of wood culture
· Intent to participate / use by type of wood culture
· Preferred method of progress in wood culture experience program
· Appropriate program operation time
· Intent to pay for wood culture experience program
· Presence of children and age group of children
· Wood culture experience programs and reasons why you want to participate with your children
· Promotion works to revitalize wood culture experience
Download Excel Table

3. RESULTS and DISCUSSION

3.1. Preferred wood products

Responses to the subjective question about wood products respondents wanted to create themselves were collected and presented as a word cloud based on response ratios in Fig. 1. The general public expressed their desire to create wood products in the following order: ‘furniture’ (13.9%), ‘chair’ (11.4%), ‘table’ (8.4%), ‘desk’ (8.0%), ‘wooden houses/Hanok (traditional Korean-style house)’ (6.7%). Except for those who responded they had nothing they wanted to make (2.6%), the wood products they wanted to create can be classified into three types: furniture (68.1%), accessories (22.3%), and wooden houses (7.0%).

wood-53-6-637-g1
Fig. 1. Visualized word cloud of wood products that the respondents want to create.
Download Original Figure

These response rates are similar to the free-response rates for desired creations in wood culture experience programs: furniture (80.7%), accessories (12.1%), and structures (5.2%). The response types also exhibited little difference from those suggested in free-association images for ‘wood’ or ‘wood culture’ (Han and Lee, 2021a). The responses to the subjective question on desired wood-made gifts can also be classified into the following desired creations: furniture (60.0%), accessories (37.2%), and structures (2.8%; Fig. 2). In particular, the most desired wooden gifts among the general public were ‘chair’ (11.8%), ‘furniture’ (9.1%), ‘table’(8.3%), ‘accessories’(5.9%), and ‘ornaments’ (5.8%).

wood-53-6-637-g2
Fig. 2. Visualized word cloud of the desired wood gift that the respondents want to prepare.
Download Original Figure

The results indicate that the majority of respondents prioritized furniture and accessories in woodworking experience programs. This outcome shows a high demand for creating practical products that can be used continuously in daily life, beyond simply consuming wood as a raw material. It also reveals that respondents recognized the practicality and aesthetic appeal of wood products as important factors, and in reality, numerous wood culture experience centers provide programs closely aligned with these preferences. This trend is also in a similar context to the finding of a study conducted by Harju and Lähtinen (2021) in Finland. They reported that the quality perceptions of indoor wood products were associated with four factors such as harmony with lifestyle, visual and tactile appeal, environmental friendliness, and technical robustness.

3.2. Effects of wood culture experiences

This study additionally surveyed experience effects to analyze how the survey results on preferred products and production intentions could be associated with real-world program operations. As a result of examining the twelve items suggested in Table 3 on a five-point scale, these two items showed the highest average values: ‘knowledge and information about forests and trees can be obtained (3.98 points)’ and ‘creativity is improved (3.92 points).’ These results imply that wood culture experiences are not mere crafting activities, but provide educational and cognitive value. Therefore, in relation to the aforementioned preferred product results, respondents’ preference for furniture and accessory making can be interpreted as expectations of educational and emotional effects (e.g., knowledge acquisition, higher creativity, and emotional stability) during the production process, rather than as a preference for the final products themselves. Other previous studies have reported the emotional and educational effects of wood culture activities. Lee et al. (2022) targeted 61 elderly persons with mild cognitive impairment or mild dementia, and ran a wood culture experience program for them, confirming significant improvements in life satisfaction, self-efficacy, resilience, and social support.

Table 3. Benefits of wood culture experiences (number of persons, %, and points)
Item Number of respondents Negative (① + ②) Neutral (③) Positive (④ + ⑤) Five-point average
Diverse experiences can be gained. 2,500 1.9% 19.2% 78.9% 3.91
Opportunities for social participation and interactions are expanded. 2,500 5.2% 34.4% 60.4% 3.65
Stress is alleviated. 2,500 4.5% 29.1% 66.4% 3.77
Knowledge and information about forests and trees can be obtained. 2,500 2.9% 19.2% 77.9% 3.98
Environmental sensitivity is enhanced. 2,500 3.5% 24.9% 71.6% 3.88
Self-confidence is improved. 2,500 5.8% 42.3% 51.9% 3.54
The quality of leisure activities is improved. 2,500 2.9% 22.6% 74.5% 3.88
The potential for utilizing personnel in related fields through wood culture experiences increases. 2,500 4.0% 30.5% 65.4% 3.73
Physical functions are improved. 2,500 6.0% 39.0% 55.0% 3.59
Cognitive functions are improved. 2,500 4.3% 34.3% 61.4% 3.68
Creativity is improved. 2,500 2.8% 22.2% 75.0% 3.92
Problem-solving abilities are improved. 2,500 6.0% 43.8% 50.2% 3.52
Download Excel Table

As a result of additionally examining the differences from the demographic characteristics, females scored higher than males on most items except for the item of ‘physical functions are improved.’ The respondents, who are older and have children, also tended to have a higher awareness of the effects of wood culture experiences. This result implies that wood culture experiences can serve a significant role in intergenerational exchange and stronger family relationships, beyond a simple individual hobby.

In conclusion, the experience programs should be designed to enhance creativity, a sense of accomplishment, and emotional stability from an educational perspective, rather than being simple activities, to spread wood culture. Specifically, development of problem-solving programs to boost creativity, setting of step-by-step difficulty levels to foster a sense of accomplishment, and expansion of tactile activities with natural materials to strengthen emotional stability are required.

3.3. Intent to participate/use by type of wood culture experiences

Wood culture experiences were categorized into seven areas, as shown in Table 4: ‘Experience of Wood Culture Heritage’, ‘Wooden architecture experience’, ‘Wooden play experience’, ‘Wood culture events’, ‘Wood education’, ‘Wood culture content’, ‘Wood products.’ The general public’s participation intention for each area was surveyed using a 5-point scale average score. The categorization of each area was previously described in the previous research (Han and Lee, 2021b).

Table 4. Intention of participation and usage by wood culture type (number of persons, %, points)
Item Number of respondents Negative (① + ②) Neutral (③) Positive (④ + ⑤) Five-point average
Experience of Wood Culture Heritage [palaces/temples, gayageum, Yunnori (traditional Korean board game), etc.] 2,500 9.5 26.8 63.7 3.63
Wooden architecture experience (wooden houses, wooden bridges, etc.) 2,500 10.9 27.3 61.8 3.62
Wooden play experience (wooden playgrounds, wooden toys, etc.) 2,500 15.8 35.8 48.4 3.41
Wood culture events (woodworking workshops, woodwork exhibitions, traditional craft activities, DIY, etc.) 2,500 7.7 22.3 70.0 3.81
Wood education (woodworking certificate, calligraphy carving arts, woodworking education, etc.) 2,500 18.0 35.6 46.3 3.36
Wood culture content (wood-related broadcasts, films, games, etc.) 2,500 17.0 42.4 40.6 3.27
Wood products (wooden furniture and wood-based accessories) 2,500 6.1 20.3 73.6 3.85
Download Excel Table

The intention to participate in ‘wood products’ (3.85 points), which includes the creation of wooden furniture and accessories, and ‘wood culture events’ (3.81 points), was found to be the highest (Table 4). This result indicates that the dissemination of wood culture is not limited to simple exhibitions or education, showing that the participants preferred programs where they can create and experience in person. The positive effects of such hands-on experience programs were already confirmed in previous studies. Lee et al. (2022) conducted a systematic literature review on domestic and international woodworking programs, and reported that the programs exerted positive impacts: numerical and scientific cognition, spatial perception, language ability, social skills, physical development, and creativity development in young children; problem-solving skills, self-efficacy, social skills, and emotional development in adolescents; and increased social contact, a sense of accomplishment, pride, and self-identity development in adults, the elderly, and people with disabilities. These findings can also be found in Japan’s ‘wood education (Mokuiku) (??)’ policy, which contributes to the long-term settlement of wood culture through an experience-oriented educational approach. Therefore, South Korea also needs to regularly operate various events linked to hands-on creation experiences and develop region-specific programs.

Meanwhile, in other areas, participation intentions of the respondents were expressed in the following order: ‘experience of wood culture heritage’, ‘wooden architecture experience’, ‘wooden play experience’, ‘wood education’, and ‘wood culture content.’ Among them, the positive response rates for ‘wooden play experience’, ‘wood education’, and ‘wood culture content’ were relatively low (less than 50%). ‘Wooden play experience’ included wooden playgrounds or wooden toys, but since the survey targets were limited to adults, the interest was interpreted to be relatively low. Additionally, the intent to participate in ‘wood education’ was found to be low because the acquisition of related certifications or substantial benefits was not sufficiently promoted. The intent to participate in ‘wood culture content’ was found to be low due to fewer examples of wood-related broadcasts, films, or games domestically compared to other areas.

As for respondents’ characteristics, higher scores were generally observed among older age groups and those with children. This higher participation intent from households with children implies the potential for wood experiences to connect with educational needs for children and adolescents. The programs in current operation should be expanded to include programs enabling family members to participate, specialized experience classes for children and adolescents on weekends and during vacations, and social interaction programs for the elderly.

3.4. Preferred wood culture experience programs

To specifically interpret the previously confirmed participation intention results, preferred program types were analyzed in detail. To this end, the survey included items regarding program delivery methods, appropriate fees, considerable factors when selecting, and desired participation areas.

The survey results indicated that the respondents tended to prefer short-term applicable programs in daily life (44.6%) in terms of program delivery methods (one-time, short-term, and long-term). The respondents indicated that one or two hours (39.5%) was found to be the most appropriate operation time. The programs with high accessibility and convenience received greater demand than long-term specialized courses. ‘Furniture’ was selected as the preferred wood product in previous findings, but in hands-on experience programs, the participants preferred a program that can be completed in a short period of time, rather than long-term, high-difficulty courses. This result implies that the desired product form and the available time for production do not necessarily match.

The differences according to demographic characteristics were also identified. Younger age groups showed their preference for short-term experience programs, whereas older age groups preferred long-term and in-depth programs. This result suggests the need for differentiated approaches considering generational characteristics when designing programs.

As a result of analyzing program operation conditions, the most common responses for appropriate fees were KRW 5,000–10,000 for one-day experiences and KRW 50,000–100,000 for overnight stay programs. Furthermore, accessibility functioned as an important factor in the initial participation stage, in terms of program selection factors, but overall, the specific program content exerted a greater impact on the selection. This outcome indicates that more participation in wood culture experiences requires accessibility improvement and efforts to improve content quality (Table 5).

Table 5. Considerable factors when selecting a wood culture experience program (number of persons, %)
Item Rank 1 1 + 2 + 3 Rank
Number of responses 2,500 2,500
Accessibility 40.2% 61.6%
Ease of walking and facilities 5.3% 21.1%
Duration of stay and program operation time 7.8% 41.7%
Appropriate instructors 3.5% 16.2%
Program content 30.6% 68.1%
Program target age group 1.3% 10.0%
Program delivery method 2.2% 19.8%
Educational effectiveness of the program 3.6% 22.2%
Acquisition of prior information about the program 1.6% 7.2%
Participation fee 3.9% 30.0%
Others 0.0% 0.1%
Download Excel Table

Meanwhile, the demand for family-oriented experiences, particularly with children, was found to be high, which illustrates the potential for wood culture experiences to evolve into family-friendly and intergenerational activities that share educational and emotional benefits, beyond simple individual hobbies.

3.5. Tasks for facilitating wood culture experiences

As a result of analyzing the necessary tasks for facilitating wood culture experiences based on a five-point scale, ‘development and management of wood culture experience specialists’ scored highest (3.82 points), followed by ‘strengthened the public relations of wood culture experiences’(3.79 points), ‘a greater number of wood culture experience facilities and spaces’ (3.79 points), ‘wider and more diverse wood culture experiences in school’(3.72 points), ‘development of social enterprises in the wood culture experience sector’ (3.68 points), and ‘more welfare benefits for wood culture experiences for socially vulnerable groups’ (3.51 points; Table 6). Therefore, as core tasks/initiatives, the quality of planning and operation should be improved to facilitate wood culture experience programs, and a system for cultivating and managing experts to ensure sustainability should be established. In Hokkaido, Japan, the training of wood education specialists has been set as a core task by operating the ‘Wood Education (Mokuiku) Master Program.’ Through this program, it has systematically trained professionals with planning and coordination capabilities, enabling them to function as central operational entities for the wood education (Mokuiku) activities based on a specialist network (Hayashi and Hori, 2019). In South Korea, the Act on the Sustainable Use of Timber clarifies eligibility requirements for the wood education expert qualification test and criteria for designating institutions for training wood education experts (Korea Forest Service, 2024), but methods for training and management systems after qualification acquisition are still insufficient. The higher effectiveness of the expert system requires simultaneous implementation of job creation and employment support systems in relation to experience centers, schools, and community programs. This approach is expected to allow training and management systems to be stably established, when the continuous activities of experts are ensured, and resultantly, the qualitative level and sustainability of wood culture experiences can be simultaneously enhanced. To note, this study has a limitation that it could not perform an in-depth analysis of differences between regions and groups. Therefore, policy responses to resolve regional imbalances or gaps in cultural enjoyment between classes will be suggested in follow-up research.

Table 6. Main initiatives to facilitate wood culture experiences (number of persons, %, points)
Item Number of respondents Negative (① + ②) Neutral (③) Positive (④ + ⑤) Five-point average
A greater number of wood culture experience facilities and spaces 2,500 4.5% 23.8% 71.7% 3.79
Developing and managing wood culture experience specialists 2,500 4.4% 26.2% 69.4% 3.82
Fostering social enterprises in the wood culture experience sector 2,500 5.3% 33.6% 61.0% 3.68
Wider and more diverse wood culture experiences in school 2,500 5.2% 30.5% 64.3% 3.72
Expanded welfare benefits for wood culture experiences for socially vulnerable groups 2,500 10.7% 37.4% 51.8% 3.51
Strengthening public relations regarding wood culture experiences 2,500 4.6% 27.6% 67.9% 3.79
Download Excel Table

4. CONCLUSIONS

This study aimed to empirically clarify the demand base for wood culture through a nationwide sample survey and provide foundational data for future policy design and program planning. According to the results, the respondents preferred creating furniture and accessories applicable in daily life, expecting benefits such as knowledge acquisition, creativity enhancement, and emotional stability through the process. A demand for family emotional connectedness and educational effects through participation with children was particularly found to be high. Specific acceptance levels regarding appropriate experience program operation time and relevant costs were also confirmed. Based on these findings, the following policy recommendations are sugggested. First, it is necessary to develop customized wood culture experience programs reflecting public demand. The programs should be designed by reflecting practicality, and educational and emotional goals, such as creativity, emotional stability, healing, and a sense of accomplishment. Furthermore, operation methods must be differentiated based on age groups, household characteristics, and participation scale. Second, infrastructure for family-oriented programs should be expanded, and educational content aligned with children’s developmental stages should be updated. Third, consumer-oriented design principles must be applied in terms of accessibility, operation time, and cost structures for experience programs, while improving operation methods with a focus on regional hub experience centers. Fourth, there should be development of public relations strategies to raise public awareness and content that can boost participant motivation. Finally, it is necessary to strengthen the training, management, and support system for high-quality wood culture specialists who can systematically plan and implement programs.

CONFLICT of INTEREST

No potential conflict of interest relevant to this article was reported.

ACKNOWLEDGMENT

This research was supported by a research grant for Forest Science Research (FP0000-2023-01-2024) Project of the National Institute of Forest Science.

REFERENCES

1.

Forestry Agency. 2021. Forest and Forestry Basic Plan. Ministry of Agriculture, Forestry and Fisheries, Tokyo, Japan.

2.

Han, Y., Lee, S.M. 2021a. Investigation on the awareness and preference for wood to promote the value of wood: II. Awareness of wood cultural resources. Journal of the Korean Wood Science and Technology 49(6): 643-657.

3.

Han, Y., Lee, S.M. 2021b. Investigation on the awareness and preference for wood culture to promote the value of wood: I. Awareness of wood and cultural experience. Journal of the Korean Wood Science and Technology 49(6): 616-642.

4.

Han, Y., Lee, S.M., Choi, J., Park, C.Y. 2021. A study on classification of wood cultural resources in South Korea. Journal of the Korean Wood Science and Technology 49(5): 430-452.

5.

Han, Y., Yang, M.S., Lee, S.M. 2022. Investigation on the awareness and preference for wood culture to promote the values of wood: III. Living environment and trend of wood utilization. Journal of the Korean Wood Science and Technology 50(6): 375-391.

6.

Harju, C., Lähtinen, K. 2021. Perceptions of wooden interior product quality: Insights on sustainability views among Finnish consumers. Silva Fennica 55(5): 10605.

7.

Hayashi, M., Hori, H. 2019. The development of ‘Mokuiku’ and ‘Mokuiku Master’ activity in Hokkaido. Journal of Forest Economics 65(2): 45-56.

8.

Ikei, H., Song, C., Miyazaki, Y. 2017. Physiological effects of touching wood. International Journal of Environmental Research and Public Health 14(7): 801.

9.

Interreg Europe. 2020. Craft Education in the Finnish Comprehensive Schools. Interreg Europe, Lille, France.

10.

Kokko, S., Räisänen, R. 2019. Craft education in sustaining and developing craft traditions: Reflections from Finnish craft teacher education. Techne Serien - Forskning I slöjdpedagogik Och slöjdvetenskap 26(1): 27-43.

11.

Korea Association of Wood Culture. 2024. Report on the Wood Culture Index Measurement Report. Korea Association of Wood Culture, Seoul, Korea.

12.

Korea Forest Service. 2024. Act on the Sustainable Use of Timbers. Korea Forest Service, Daejeon, Korea.

13.

Lee, H.J., Ban, S.W., Chung, H.Y., Jeon, M.O., Kim, K.Y., Kim, J.E., Lim, K.W., Choi, C.I., Choi, D.H., Hwang, U.D., Shin, W.C., Shin, H.R., Kim, Y.S. 2022. Effectiveness of a woodworking program on psychosocial health among older adults with cognitive impairment. https://www.preprints.org/frontend/manuscript/73104aee4a4915afa3d34a8514a92345/download_pub

14.

Nyrud, A.Q., Bringslimark, T. 2010. Is interior wood use psychologically beneficial? A review of psychological responses toward wood. Wood and Fiber Science 42(2): 202-218.

15.

Robertson, A.B., Lam, F., Cole, R.J. 2022. A comparative life cycle assessment of mid-rise mass timber and reinforced concrete buildings. Frontiers in Built Environment 8: 975071.

16.

Sasaki, Y. 2022. Wood education with a focus on housing, wood products and the wooden environment. Faculty of Education Bulletin 56: 181-189.

17.

Yokoyama, S., Kondo, T., Shibusawa, H. 2023. Consumer willingness to pay for sustainable wooden furniture in Japan. Forest Policy and Economics 151: 102859.

18.

Zadeh, P.A., Biswas, R., Mahdavian, S.M. 2024. Environmental performance assessment of mass timber, steel, and reinforced concrete structures: A comparative case study. Building and Environment 240: 110409.